
( Brand: Ophir ), ( Type: Co2 Laser Lens ), ( Custom Bundle: No ), ( Material: Pvd Znse ), ( UPC: 105782000001 )
Introducing the Ophir 1057.82000.001 MATE CO2 Laser Lens, specifically designed for use with the MLL00017 POCX 1.5 7.5 FL 3615 beam delivery system. This high-performance lens is engineered to provide exceptional precision and clarity for CO2 laser applications.
The MATE CO2 Laser Lens is made from superior quality fused silica material, ensuring durability and resistance to thermal shock. Its unique design features a 1.5 numerical aperture (NA) and a 7.5 focal length, making it an excellent choice for various laser processing tasks. With a working wavelength range of 3615 nanometers, this lens is optimized for CO2 lasers and delivers impressive results in cutting, engraving, and marking applications.
The MATE CO2 Laser Lens boasts a high transmission rate, allowing for maximum energy transfer to the workpiece. Its precision-ground and polished optics ensure minimal distortion and superior image quality. Additionally, a robust anti-reflection coating is applied to the lens surface to minimize unwanted reflections and improve overall efficiency.
This Ophir lens is specifically designed to work seamlessly with the MLL00017 POCX 1.5 7.5 FL 3615 beam delivery system. Its compatibility with this system guarantees reliable and consistent performance, enabling users to achieve superior results in their laser processing applications.
In summary, the Ophir 1057.82000.001 MATE CO2 Laser Lens is an essential component for any CO2 laser system, offering exceptional clarity, precision, and durability. Its optimized design for use with the MLL00017 POCX 1.5 7.5 FL 3615 beam delivery system ensures seamless integration and impressive results in various laser processing tasks.
The Ophir 1057.82000.001 MATE CO2 Laser Lens MLL0017 POCX 1.5 7.5 FL 3615 is a high-performance lens designed for use with CO2 lasers. Here are some pros and cons that may help you make an informed decision about purchasing this lens:
Pros:1. High-quality lens: This lens is manufactured by Ophir, a well-known and reputable company in the field of laser optics. It is made of high-quality materials and is designed to provide accurate and consistent laser beam measurements.
2. Wide field of view: With a field of view of 1.5 degrees, this lens offers a larger viewing angle than some other CO2 laser lenses, making it ideal for applications that require a wider field of view.
3. Long working distance: The lens has a long working distance of 7.5 inches, which allows for more flexibility in the placement of the sensor and the laser head.
4. Compatibility with various laser systems: This lens is compatible with a wide range of CO2 laser systems, making it a versatile choice for users who work with different laser systems.
5. Robust design: The lens is designed to be robust and durable, with a rugged housing that can withstand harsh environments.
Cons:1. High cost: This lens is more expensive than some other CO2 laser lenses on the market, which may be a deterrent for some buyers.
2. Requires calibration: Like all laser measurement systems, this lens requires regular calibration to ensure accurate measurements. This can add to the cost and time required to maintain the system.
3. Limited resolution: While the lens offers a wide field of view, it has a limited resolution, which may not be suitable for applications that require high-precision measurements.
In conclusion, the Ophir 1057.82000.001 MATE CO2 Laser Lens MLL0017 POCX 1.5 7.5 FL 3615 is a high-quality and versatile lens that offers a wide field of view and long working distance. However, it comes with a high cost and requires regular calibration. If you require a high-precision measurement system or are on a tight budget, this lens may not be the best choice for you.
Recommendation: If you are looking for a high-performance CO2 laser lens with a wide field of view and long working distance, the Ophir 1057.82000.001 MATE CO2 Laser Lens MLL0017 POCX 1.5 7.5 FL 3615 is a strong contender. However, if cost is a concern or you require a higher resolution lens, you may want to explore other options in the market.
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